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    ARTICLE

    A New Device for Gas-Liquid Flow Measurements Relying on Forced Annular Flow

    Tiantian Yu1, Youping Lv1, Hao Zhong2, Ming Liu1, Pingyuan Gai1, Zeju Jiang1, Peng Zhang1, Xingkai Zhang2,*

    FDMP-Fluid Dynamics & Materials Processing, Vol.20, No.8, pp. 1759-1772, 2024, DOI:10.32604/fdmp.2024.049035

    Abstract A new measurement device, consisting of swirling blades and capsule-shaped throttling elements, is proposed in this study to eliminate typical measurement errors caused by complex flow patterns in gas-liquid flow. The swirling blades are used to transform the complex flow pattern into a forced annular flow. Drawing on the research of existing blockage flow meters and also exploiting the single-phase flow measurement theory, a formula is introduced to measure the phase-separated flow of gas and liquid. The formula requires the pressure ratio, Lockhart-Martinelli number (L-M number), and the gas phase Froude number. The unknown parameters More >

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